Abstract
This talk provides an overview of Quantum-Classical Hybrid Computing algorithms and workflows on Modular Supercomputing Architectures. It demonstrates that they can already be used to deal with real application problems.
As quantum computers and simulators are becoming more mature and an increasing number of fields of research can start benefiting from them, it is becoming evident that they are not powerful enough in addressing real-world applications when considered as stand-alone computing systems. Available quantum technologies still present limitations, and this means that for a given application only selected parts of computations can be offloaded to quantum computers. This talk provides an overview of Quantum-Classical Hybrid Computing algorithms and workflows on Modular Supercomputing Architectures. It demonstrates that they can already be used to deal with real application problems.
